Industrial Mechatronics The Technical University of Kosice (TUKE)

Overview

A graduate of the Industrial Mechatronics study programme offered by The Technical University of Kosice (TUKE) has knowledge mainly in the field of mechanics, electronics, informatics and management. He is able to analyze problems and apply procedures to create a mechatronic system concept. He has the ability to solve static, kinematic and dynamic analysis of solved systems and their parts and can design, dimension parts and structural units. He is able to analyze and design electrical subsystems and create simple control systems.

Learning outcomes

A graduate of the study programme Industrial Mechatronics (1st degree) is able to analyze the problems and possibilities that open up in various areas of industry, to design parts of mechatronic systems in such a way that they meet the requirements placed on them, and also to create such systems and implement them. They are able to apply procedures for the creation of the concept of an industrial mechatronic system - to solve the concept design of a future mechatronic product.

• The graduate is able to work with managers, users of mechatronic systems and specialists of other professions. He also has the ability to complete the proposed solution to the final stage and cooperate in a solution team with other colleagues and is able to present the proposed solutions in an appropriate form and thus interest the potential customer. He also has the ability to search and analyze literary sources in English, communicate and present his solutions in English.

• He has the ability to understand and design simple electrical connections - design and create a prototype of an electrical system or part of it, and subsequently for the creation of technical documentation - active and independent work in the creation of drawings and procedures. Can create algorithmized tasks in a programming environment - active and independent work in creating simple flowcharts and source codes in a programming language. Subsequently, he is then able to design simple control systems – design and implementation of the control algorithm of a simple system.

• He has the skills to create a static, kinematic and dynamic analysis of solved systems and their parts - independently create a computational analysis of structural nodes from the point of view of statics, kinematics and dynamics. He can design, dimension and assess the mechanical resistance of parts - apply control calculations of parts and structural units and process his designs using CAD systems. He is ready to correctly design the technological procedure and material of the designed mechanical part - the design of the production technology of the part from the point of view of technology and economy of production.